33 #ifndef __H__LIB_GRID__TETRAHEDRALIZATION__
34 #define __H__LIB_GRID__TETRAHEDRALIZATION__
64 bool preserveBnds =
false,
65 bool preserveAll =
false,
71 bool preserveBnds =
false,
72 bool preserveAll =
false,
83 const char* VerbosityToTetgenParam(
int verbosity);
94 bool preserveBnds =
false,
95 bool preserveAll =
false,
97 bool applyVolumeConstraint =
true,
bool Retetrahedralize(Grid &grid, SubsetHandler &sh, ANumber &aVolumeConstraint, number quality, bool preserveBnds, bool preserveAll, APosition &aPos, bool applyVolumeConstraint, int verbosity)
If tetrahedrons are already present, this method refines them based on the given volume constraints.
Definition: tetrahedralization.cpp:532
bool Tetrahedralize(Grid &grid, number quality, bool preserveBnds, bool preserveAll, APosition &aPos, int verbosity)
fills a closed surface-grid with tetrahedrons.
Definition: tetrahedralization.cpp:517
double number
Definition: types.h:124
GridSubsetHandler SubsetHandler
Definition: subset_handler_grid.h:376
APosition3 APosition
Definition: common_attachments.h:76
APosition aPosition("position", true)
The standard 3d position type.
Definition: common_attachments.h:84
Attachment< number > ANumber
Definition: common_attachments.h:57